Large free liquid volumes, 30 mm in diameter and 80 mm long, anchored to coaxial discs, have been achieved during a sounding-rocket flight. As these flights provide some six minutes of microgravity and the formation of the liquid column takes only a matter of seconds, ample time is left for experimentation. The results of these trials are presented, and the equipment used to obtain them is briefly described
The shape of the interface of a drop of liquid held by surface tension forces between two solid disk...
The Microgravity Science Glovebox (MSG) on the International Space Station (ISS) is used for fluid t...
A feature of stability diagrams of liquid bridges between unequal disks subjected to small axial gra...
Besides space laboratories for in-orbit experimentation, Earth based facilities for laboratory exper...
The aim of our experiment on the Spacelab Dl Mission was to study the stability of long liquid colum...
A free-surface cylindrical column of water (86 mm long by 30 mm diameter) was established during the...
The formation of a liquid bridge is obviously the first step in the experimentation of the different...
The study of the stability of long liquid columns under microgravity was the purpose of one of the e...
The experimental results obtained of the experiment \STACO" made on board the Spacelab D-2 Mission a...
During the second German Mission of Spacelab (1993, Spacelab D-2) an experiment on the mechanical st...
The response of a long cylindrical liquid column subjected to an axial microgravity field has been e...
The behaviour of confined liquids on board an orbiting spacecraft is mainly driven by surface tensio...
One of the most critical issues when considering long-term space exploration missions is the managem...
The Spread Across Liquids (SAL) experiment characterizes how flames spread over liquid pools in a lo...
A facility to perform experiments on fluid physics and specially on the mechanical behavior of liqui...
The shape of the interface of a drop of liquid held by surface tension forces between two solid disk...
The Microgravity Science Glovebox (MSG) on the International Space Station (ISS) is used for fluid t...
A feature of stability diagrams of liquid bridges between unequal disks subjected to small axial gra...
Besides space laboratories for in-orbit experimentation, Earth based facilities for laboratory exper...
The aim of our experiment on the Spacelab Dl Mission was to study the stability of long liquid colum...
A free-surface cylindrical column of water (86 mm long by 30 mm diameter) was established during the...
The formation of a liquid bridge is obviously the first step in the experimentation of the different...
The study of the stability of long liquid columns under microgravity was the purpose of one of the e...
The experimental results obtained of the experiment \STACO" made on board the Spacelab D-2 Mission a...
During the second German Mission of Spacelab (1993, Spacelab D-2) an experiment on the mechanical st...
The response of a long cylindrical liquid column subjected to an axial microgravity field has been e...
The behaviour of confined liquids on board an orbiting spacecraft is mainly driven by surface tensio...
One of the most critical issues when considering long-term space exploration missions is the managem...
The Spread Across Liquids (SAL) experiment characterizes how flames spread over liquid pools in a lo...
A facility to perform experiments on fluid physics and specially on the mechanical behavior of liqui...
The shape of the interface of a drop of liquid held by surface tension forces between two solid disk...
The Microgravity Science Glovebox (MSG) on the International Space Station (ISS) is used for fluid t...
A feature of stability diagrams of liquid bridges between unequal disks subjected to small axial gra...